1) lily magnolia
辛夷(林)
2) Flos Magnoliae
辛夷
1.
GC-MS of Supercritical CO_2 Extraction from Flos Magnoliae;
辛夷超临界萃取物的气相色谱-质谱分析
2.
Effects of volatile oil of Fructus Litseae,Rhizoma Zingiberis and Flos Magnoliae on percutaneous penetration of the total alkali of shortstalk monkshood roots through mouse skin in vitro;
荜澄茄、干姜、辛夷挥发油对雪上一枝蒿总碱体外经皮渗透的影响
3.
The experimental study of anti-allergic effects of volatile oil from Flos Magnoliae;
辛夷挥发油的抗过敏实验研究
3) Xinyi
辛夷
1.
Study on extracting oil condition of Xinyi by steam distillation and its application in tobacco flavoring;
水蒸气蒸馏法提取辛夷精油及在卷烟加香中的应用研究
2.
Determination of Cineol in Xinyi by Capillary Gas Chromatography;
毛细管气相色谱法测定辛夷药材中桉油精含量
3.
Study on Process Technology of the Including Compound of HP-β-Cyclodextrin with Volatile Oil of Xixin and Xinyi;
细辛辛夷挥发油的羟丙基-β-环糊精包合物制备工艺的研究
4) Magnolia biondii Pamp
辛夷
1.
Identification of Magnolia biondii Pamp by X-Ray Diffraction Fourier Pattern Method;
中药材辛夷的X射线衍射Fourier指纹图谱鉴定
2.
The analyse of the extract substrates of Magnolia biondii Pamp. by GC/MS;
辛夷超临界CO_2提取物的GC/MS分析
3.
Analysis of volatile compounds in Magnolia biondii Pamp by SPME-GC-MS
固相微萃取气质联用测定中药辛夷挥发性成分
5) Fargesin
辛夷
1.
Determination of Fargesin in Magnolia Flower Buds by TLCS;
薄层扫描法测定辛夷中辛夷脂素的含量
2.
I , II , III and IV were identified as fargesin, pinoresinol dimethyl ether, m.
将中药辛夷主流品种望春花Magnolia biondii Pamp。
6) Magnolia
[英][mæɡ'nəʊliə] [美][mæg'nolɪə]
辛夷
1.
Quality Control of Volatile Oil of Magnolia. by GC-MS;
中药材辛夷挥发油GC-MS指纹图谱的建立
2.
An accurate,stable and repeatable determination method was obtained,it is useful for quality evaluation of the crud druge of Magnolia.
建立了辛夷挥发油GC-MS指纹图谱,比较不同产地、不同采收期辛夷的相似性以及差异。
补充资料:辛弗林,对羟福林
分子式:
CAS号:
性质:又称辛弗林,对羟福林,辛内弗林交感醇,脱氧肾上腺素。其dl-体为结晶体,熔点184~185℃;其盐酸盐结晶,熔点151~152℃,易溶于水;其l-体盐酸盐为无色结晶(乙醇+乙醚),熔点166~167℃。旋光度[α]D27-52°(c=7.6mg/ml,无水甲醇)。天然存在于芸香科植物酸橙(Citrus auran-tium L.)的干燥幼果,柑橘属植物橘(Creticulata Blanco)的幼嫩落果,仙人掌科植物刺仙人球(Coryphantha ramillosa cutak)的全草等植物中。可用化学合成法制得。本品为肾上腺素α-受体兴奋剂,有收缩血管产生升高血压以及有较强的扩张气管和支气管的作用。麻醉猫静注本品草酸盐1mg/kg,可完全对抗组织胺所引起的支气管收缩作用,持续约1h。对豚鼠离体气管也有较强的松弛作用。临床上用于治疗支气管哮喘及手术和麻醉时低血压,虚脱及休克、体位性低血压等。本品与N-甲基酪胺合用在内科、儿科使用,抗休克疗效显著。
CAS号:
性质:又称辛弗林,对羟福林,辛内弗林交感醇,脱氧肾上腺素。其dl-体为结晶体,熔点184~185℃;其盐酸盐结晶,熔点151~152℃,易溶于水;其l-体盐酸盐为无色结晶(乙醇+乙醚),熔点166~167℃。旋光度[α]D27-52°(c=7.6mg/ml,无水甲醇)。天然存在于芸香科植物酸橙(Citrus auran-tium L.)的干燥幼果,柑橘属植物橘(Creticulata Blanco)的幼嫩落果,仙人掌科植物刺仙人球(Coryphantha ramillosa cutak)的全草等植物中。可用化学合成法制得。本品为肾上腺素α-受体兴奋剂,有收缩血管产生升高血压以及有较强的扩张气管和支气管的作用。麻醉猫静注本品草酸盐1mg/kg,可完全对抗组织胺所引起的支气管收缩作用,持续约1h。对豚鼠离体气管也有较强的松弛作用。临床上用于治疗支气管哮喘及手术和麻醉时低血压,虚脱及休克、体位性低血压等。本品与N-甲基酪胺合用在内科、儿科使用,抗休克疗效显著。
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